HIBRIX BA
Provides key factors to improve nutrient transfer to plants and to promote
biological soil formation.
HIBRIX BA is applied as is, to better transfer essential yield factors and nutrients & micronutrients to plants - raising yields and reducing nutrient waste.
Addition rates are around 1- 3litres/Hectare per annum [0.1-0.3 ml/square metre],
generally proportional
to crop dry biomass production & value - and any need to restore barren
or spent soil.
Ideal for aerial spraying : requires less dilution as compared to other sprays.
HIBRIX transfers nutrients by an electrostatic "docking
process" based on it's molecular footprint being similar to plant structural
units - itself then decoupling to repeat the process.
A tenth or less than chelate stoichiometry can thus transport plant nutrients in :
to :
[a] Remineralise Micronutrients deficient in spent soils. It promotes biological soil formation, and the re-establishment and
maintenance of bioactive populations essential to root & soil health.
[b] Raise Key Nutrient and Micronutrient Levels in plants, to deliver plants more resistance to stress and disease, & tastier crops and improved health for humans and animals they feed.
[c] Promote Self-correction [homeostasis of pH, CEC & nutrient imbalances - existing or triggered by simplistic dosage of merely diagnosed deficiencies, or induced by imbalanced treatments [Hidden Deficiencies].
[d] Turn Liabilities into Assets [the Janusian Paradigm], for example the contained chelate converting troublesome scaling in piping, sprays and emitters into valuable liquid organic calcium.
HIBRIX BA :
>5% Natural Chelator
>35% Natural Saccharides
>20000 ppm Natural Phytoproteins
provides key factors to improve nutrient transfer to
broad acre grain crops, forests and spread/forage crops,
and to promote biological soil formation.
HIBRIX BA also contains prophylactic levels of organically-held
1.0 BASIC PLANT NUTRIENTS [TO KICKSTART A HEALTHY SPURT OF STRESS-RESISTING
CELL GROWTH]
N >0.5% K >3.9% [The Natural Chelator releases effective quantities
of P from practically all soils]
Plus a wide range of Organics to feed soil life, Vitamins [>250 ppm]
and Plant hormones [>50 ppm].
2.0 ESSENTIAL CROP FACTORS & PLANT MICRONUTRIENTS [TO AVOID EXISTING OR INDUCED PLANT "HIDDEN DEFICIENCIES"]
Ca > 2200 ppm for N metabolism, photosynthate transport, cell wall strength [insect/fungus resistance]
Mg > 2200 ppm for P & Fe utilisation, photosynthesis, enzyme activator, respiration
S > 1900 ppm for enzyme activation, plant protein (esp metal chelator) synthesis, phytolipids
Cl > 2200 ppm for enzyme activation, osmotic & stomatal regulation, disease resistance
Fe >5000 ppm for chlorophyll production, N metabolism, photosynthesis, respiratory enzymes & enhancing nutrient flow channels
Mn >2500 ppm for enzyme activation, C & N metabolisms, photosynthesis, nutrient uptake, growth acceleration, disease resistance
Zn >2500 ppm a constituent of many enzymes, enhances fertilization & fruiting, promotes carbohydrate metabolism, improved seeding, frost resistance, natural plant hormone production. Must boost if liming or phosphating
Si >1000 ppm strengthens cell walls, increases heat & drought tolerance, insect/fungus resistance
Cu >1000 ppm for respiration & photosynthesis enzyme activation, legume N fixation, Fe uptake, germination and disease resistance, improved turgidity in drought
B >500 ppm for Ca utilisation, C & N metabolisms, protein [plant hormone] synthesis, cell wall synthesis, reproduction, root growth and development, fruit and seed development & set, disease resistance
Mo >250 ppm stimulates soil microbes (Rhizobium N production), N metabolism, P utilisation, plant hormone synthesis, embryo development, protein chlorophyll & vitamin production, protection against Al toxicity
Co >250 ppm stimulates soil microbes (Rhizobium N production), N fixation, inhibits [ethylene] senescence
3.0 NATURAL ANIMAL MICRONUTRIENTS [TO INTRODUCE MICRONUTRIENTS ESSENTIAL TO ANIMAL & HUMAN HEALTH, BUT OFTEN DEFICIENT IN SPENT SOILS]
Se, I, Cr, Ni, F, Ti, Li, V, plus >27 more [all sea plant-derived(*)] detected minerals.